Plasma and electricity in space. Failure of gravity-only cosmology. Exposing the myths of dark matter, dark energy, black holes, neutron stars, and other mathematical constructs. The electric model of stars. Predictions and confirmations of the electric comet.

There is so much difference between the unproven official theory:
From an unproven Ortcould
appears a unproven snowball
that unproven ejects water
forming an unproven water tail.
Not only are these parts unproven, in observations we can see that ALL
these assumptions are completely wrong.
The comets are rock
There is no real ejection of material, there is only erosion, mostly electrical erosion.
The tail is more an electrical charged particles instead of gas/ice particles.
The comet does not evaporate near the sun, and it must contain solid materials.
The ice-ball theory is more than falsified. It is wasted.

This is all more in line with an electrical comet theory.
The tail/tails are a product of electrical erosion and electrochemical processes.
Why this is exactly is not clear yet, but it may indeed be possible that
the electrical properties are depend on the path through the solar wind.

Yet I do not expect any change in the sciences.
An uncle of mine writes scientific articles for newspapers and journals about space.
As I spoke with him. he has no idea of any of this. While he is interested in alternative
ideas, he only repeats what he has learned from others.
He does not doubt much the theories, because no-one publishes papers
on the falsifications of these theories. He thinks that the "sceptics"
who defend the old theories, have actually looked into the facts.
And no-one writes about falsifications, because you have to go against
so many other "scientists". Facts don't matter.

So comets and asteroids were formed on planets and then blasted into space almost certainly by electrical processes. The asteroids are mainly of two types which strongly suggests two different planets of origin. In time this may be proven and my theory that the two planets are Earth and Mars will be verified.

Interesting comparison: On Mars during the spring thaw several “geysers” spewing blacked soot-like soil become “active vents”. Click the HIRise photo to see a multitude of them. This is kind of ice covered Martian dirt is, or was(?), what comets were portrayed to be like. However, obviously the blacked dirt covered image of 67p is totally different.

Here is a decent photo (Source). On the left the former “active vent” of a Martian geyser seems dormant. A hole has been left in the ice along with what appears to be the “spider” effect perhaps from pressure lifting the ice layer.

I get the impression that this kind of frost covered soil is what the previous generation of highly overexposed photos of comets led scientist and theorist to further believe that comet surfaces were supposed to look like a "dirty snowball". Instead, the comet surface is dry and black as pitch. Instead of dirt spewing through ice such as with Martian “geysers” during spring thaw, with comets, ice is supposedly spewing through dirt?

With the recently discovered comet C/2017 K2 sublimating "supervolitles" are being offered instead of regular good old sublimating surface ice.

“K2 is so far from the Sun and so cold, we know for sure that the activity — all the fuzzy stuff making it look like a comet — is not produced, as in other comets, by the evaporation of water ice,” Dr. Jewitt explained.

“Instead, we think the activity is due to the sublimation of super-volatiles as K2 makes its maiden entry into the Solar System’s planetary zone. That’s why it’s special. This comet is so far away and so incredibly cold that water ice there is frozen like a rock.

I guess the inversion is what I'm finding odd.

"Our laws of force tend to be applied in the Newtonian sense in that for every action there is an equal reaction, and yet, in the real world, where many-body gravitational effects or electrodynamic actions prevail, we do not have every action paired with an equal reaction." — Harold Aspden

The Japanese unmanned spacecraft Hayabusa2 released two small Minerva-II-1 rovers on the asteroid Ryugu on Friday, Sept. 21, 2018, in a research effort that may provide clues to the origin of the solar system. JAXA said confirmation of the rovers' touchdown has to wait until it receives data from them on Saturday. (JAXA via AP)

The Hayabusa 2 mission team is continuing to acquire data for analysis, and further pictures are likely to be distributed first via the mission’s Twitter account.

A larger MASCOT rover, contributed by the German and French space agencies, is due to be dropped toward the surface next month. Next year, Hayabusa 2 will dispatch yet another mini-rover with its MINERVA-II-2 deployable carrier. The main spacecraft will also descend to the asteroid’s surface to collect samples for return to Earth in late 2020.

The Hayabusa 2 mission team is continuing to acquire data for analysis, and further pictures are likely to be distributed first via the mission’s Twitter account.

A larger MASCOT rover, contributed by the German and French space agencies, is due to be dropped toward the surface next month. Next year, Hayabusa 2 will dispatch yet another mini-rover with its MINERVA-II-2 deployable carrier. The main spacecraft will also descend to the asteroid’s surface to collect samples for return to Earth in late 2020.

Oh look. Yet another asteroid with a "density" slightly higher than water and around the range of plastic. Yet the pictures clearly show solid rock.

When will they finally accept that gravity is not a direct result of mass. They must at least be uncomfortable about why they keep landing on rocks.

Even the expected composition doesn't make any sense. It's supposed to be carbonaceous but those rocks are at least twice as dense as this object. Is it supposed to be honeycombed inside or hollow? Maybe the inside is made of marshmallow...

They're also going to fire a projectile at it and land in the crater. I don't think they are going to succeed on that front unless it luckily hits a particularly soft or loose spot. Expect excuses.

Hayabusa2's descent was delayed for about five hours for a safety check, but the unmanned craft is still due to touch down as scheduled on Friday morning [Feb 22, 2019], the Japan Aerospace Exploration Agency said.
During the touchdown, which will last just seconds, Hayabusa2 will extend a pipe and shoot a pinball-like bullet into the asteroid to blow up material from beneath the surface. If all goes successfully, the craft will then collect samples that would eventually be sent back to Earth. Friday's attempt is the first of three such touchdowns planned.

Doesn’t this all assume that it isn’t electrical machining of silicates from the surface which then combine with positive H ions from the solar wind and form H2O in the comma which then eventually some falls to the surface?
Let’s be clear that despite their wording water H2O has never been directly observed shooting from jets. What has been observed are silicates from jets and H2O in the comma and in patches on the surface. The data clearly showed the H2O was only seen such a distance above the surface.

Hayabusa2's descent was delayed for about five hours for a safety check, but the unmanned craft is still due to touch down as scheduled on Friday morning [Feb 22, 2019], the Japan Aerospace Exploration Agency said.
During the touchdown, which will last just seconds, Hayabusa2 will extend a pipe and shoot a pinball-like bullet into the asteroid to blow up material from beneath the surface. If all goes successfully, the craft will then collect samples that would eventually be sent back to Earth. Friday's attempt is the first of three such touchdowns planned.